New findings from the Dark Energy Survey (DES) have uncovered unexpected complexities in the force driving the expansion of the universe. Advanced techniques utilized by DES suggest that this force may challenge Einstein's theories, paving the way for new avenues in cosmic research. Additionally, a PhD student in England, @missalexialopez, has discovered a massive necklace of galaxies stretching across 1.3 billion light years, challenging standard assumptions about the universe. Furthermore, DES astronomers reported results consistent with the standard cosmological model, shedding light on the mysteries of dark energy and the universe's expansion.
.@theDESurvey has released results of an analysis to further probe the mysteries of dark energy and the expansion of the universe. Masao Sako of @PennSAS and other DES astronomers reported results that are consistent with the standard cosmological model. https://t.co/BjCFClopIn
Making waves 🌊 New Webb data shows that many galaxies in the early universe looked like surfboards or pool noodles, while others resembled volleyballs or frisbees. This discovery could reshape our understanding of how galaxies evolve: https://t.co/ClgETWjrMz https://t.co/aZgx3ADUbd
A descendant of the universe’s first stars could clue researchers into how big those stars were and how they affected the universe’s evolution. https://t.co/nfeFsfeXTj
Last week, a PhD student in England - @missalexialopez - revealed she had discovered a giant necklace of galaxies stretching across 1.3bn light years. @anjahuja says such structures are challenging the standard assumptions on the universe https://t.co/2k1jlDIHrd
Listen up! @theDESurvey got the largest supernova sample ever using a single telescope, part of @NSF's @noirlabastro in Chile. Analyzing 1500+ supernovae yields new insights on universe expansion. https://t.co/a0yBySSQPD 🎥: DES Collaboration/Noirlab/NSF/AURA/M. Zamani https://t.co/gdi1lQIzpJ
New findings by the Dark Energy Survey reveals unexpected complexities in the force expanding the universe. Advanced techniques indicate this force might challenge Einstein's theories, opening new avenues in cosmic research. Link to article in next post: Visuals via @runwayml https://t.co/y7R1iNu6or